AQA AS Physics Study guides, Class notes & Summaries
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AQA AS Physics - Mechanics and Materials Exam Questions and Answers 100% Pass
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AQA AS Physics - Mechanics and 
Materials Exam Questions and 
Answers 100% Pass 
Scalar - Answer- A unit with magnitude but no direction. 
Vector - Answer- A unit with magnitude and direction. 
What are the two methods for adding vectors? - Answer- Scale drawings and 
trigonometry. 
Free-body force diagrams - Answer- Show all the forces acting on a body, each arrow 
shows the size and the direction of the force. 
Equilibrium - Answer- The forces acting on a body are balances and it is not 
accel...
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aqa as physics – mechanics exam questions and answers
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aqa as physics – mechanics exam 
questions and answers 
Weight - Answer- Mass x Gravitational Field Strength 
Vector - Answer- A quantity with size and direction 
Scalor - Answer- A quantity with size only 
Newton's 2nd Law - Answer- Resultant Force = mass x acceleration 
Displacement - Answer- Position of an object relative to an origin 
Average Speed - Answer- Distance Travelled / Time taken 
Instantaneous Speed - Answer- distance travelled in an instant / time duration of an 
instant 
Aver...
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Physics AS Level AQA Top Common Tested Exam Questions And CORRECT Answers
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Acceleration change in V per unit t 
Accurate Measurement obtained using calibrated instruments correctly 
Alpha radiation Particle consisting of 2 P's and 2 N's 
Amplitude Max displacement of oscillating particle from equilibrium position 
Annihilation Particle and antiparticle meet, destroy eachother and emit radiation 
Antibaryon Hadron w/ 3 quarks 
Antimatter Antiparticles with same quantum values but opposite charge to 
corresponding particles
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Aqa As Physics – Mechanics Top Forecasted Exam Questions And CORRECT Answers
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Weight Mass x Gravitational Field Strength 
Vector A quantity with size and direction 
Scalor A quantity with size only 
Newton's 2nd Law Resultant Force = mass x acceleration 
Displacement Position of an object relative to an origin 
Average Speed Distance Travelled / Time taken 
Instantaneous Speed distance travelled in an instant / time duration of an instant
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AQA AS Physics UPDATED Exam Questions And CORRECT Answers
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Analyse Interpret data to arrive at a conclusion. 
Annotate Add notation or labelling to a graph, diagram or other drawing. 
Apply Use information in a new context. 
Calculate Work out the value of something. 
Comment Make a judgement based on a value. 
Compare Identify similarities and/or differences. 
Construct Assemble a piece of equipment (during practical work). 
Deduce Draw conclusions from information provided. 
Describe Give an account of
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AQA AS Physics - Mechanics and Materials Key Exam Questions And CORRECT Answers
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Scalar A unit with magnitude but no direction. 
Vector A unit with magnitude and direction. 
What are the two methods for adding vectors? Scale drawings and trigonometry. 
Free-body force diagrams Show all the forces acting on a body, each arrow shows the 
size and the direction of the force. 
Equilibrium The forces acting on a body are balances and it is not accelerating (it may 
be at rest or at a constant velocity). 
Moment The turning effect of a force. 
Moment equation Force x perpendicul...
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AQA AS Physics Definitions Top Compulsory Exam Questions And CORRECT Answers 2024
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Specific charge the charge to mass ratio or charge in coulombs divided by the mass in 
kilograms 
Isotope a nucleus with the same number of protons but different number of neutrons 
Hadron a particle that experiences the strong nuclear force. Composite particles made 
of either qqq (baryons) or q anti-q (baryon) 
Antimatter Particles with the same mass but opposite charge 
Photoelectric effect the emission of electrons from metal surfaces by light of an 
appropriate frequency 
Photon a discre...
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AQA AS PHYSICS 7407/1 PAPER 1 VERSION 1.0 FINAL QUESTIONS WITH MERGED ANSWERS |JUNE 2023
- Exam (elaborations) • 58 pages • 2024
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A strong interaction between a negative kaon (K−) and a proton (p) produces 
an omega-minus (Ω−) particle, a neutral kaon (K0) and an unidentified particle Y. 
The interaction is: 
K− + p → Ω− + K0 + Y 
Table 1 contains information on the particles in this interaction. 
Table 1 
K− p Ω− K0 Y 
Rest energy / MeV 493.8 938..8 493.8 
Baryon number +1 +1 0 
Charge −1e +1e −1e 0 
Strangeness −1 0 −3 +1 
0 1 . 1 Complete Table 1. 
[2 marks] 
0 1 . 2 Calculate, in J, the rest en...
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AQA AS PHYSICS 7407/1 PAPER 1 VERSION 1.0 FINAL QUESTION PAPERS & MERGED MARKING SCHEME | JUNE 2023
- Exam (elaborations) • 58 pages • 2024
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A strong interaction between a negative kaon (K−) and a proton (p) produces 
an omega-minus (Ω−) particle, a neutral kaon (K0) and an unidentified particle Y. 
The interaction is: 
K− + p → Ω− + K0 + Y 
Table 1 contains information on the particles in this interaction. 
Table 1 
K− p Ω− K0 Y 
Rest energy / MeV 493.8 938..8 493.8 
Baryon number +1 +1 0 
Charge −1e +1e −1e 0 
Strangeness −1 0 −3 +1 
0 1 . 1 Complete Table 1. 
[2 marks] 
0 1 . 2 Calculate, in J, the rest en...
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AQA AS Physical Chemistry 2024 Exam Questions And Answers
- Exam (elaborations) • 29 pages • 2024
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AQA AS Physical Chemistry 2024 Exam Questions And Answers 
 
Who described atoms as solid spheres that make up different elements and when? - ANSWER- John Dalton in the 19th century 
 
Who suggested that atoms of a particular element had the same mass and atoms of different elements had different masses and when? - ANSWER- John Dalton in 1803 
 
Who discovered the electron and when? - ANSWER- JJ Thomson, 1897 discovered electrons proving atoms weren't indivisible or solid. 
 
New model named pl...
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